Titlebook: Sensory System I; Vision and Visual Sy Richard Held Book 1988 Springer Science+Business Media New York 1988 medicine.neurology.neuroscience

鼓掌

Eye-Head Coordination,ar distance between his foveal lines of sight and the target to be acquired. This angular distance is referred to as retinal error; its absolute magnitude will determine the amplitude of the saccadic eye movement that will be produced. Second, the animal must initiate a head movement that will be co

悲痛

oblique

paleolithic

deciduous

Imagery, Mental,rceiving in the absence of the appropriate sensory input, or to the conscious experience of “seeing with the mind’s eye” (or “hearing with the mind’s ear,” and so on). In contemporary scientific psychology, the term is used to refer to the internal representation that gives rise to the percept-like

pester

Nystagmus,ision. During a head movement, for the eyes to remain fixed on a stationary target, they have to move in the opposite direction. Or if a large visual stimulus moves, to see it unblurred, the eyes move with it. The vestibul?r (head movement) or visual stimulus moves the eyes and determines their velo

補(bǔ)角

最高點(diǎn)

Electroretinogram, Electroretinography, a Century ago, and there has been continuing study of their properties ever since. The ERG is better understood than most mass action potentials, and particularly those that can be recorded with electrodes that are some distance from the source.

monochromatic

Imagery, Mental,experience, not to the conscious experience itself. This internal representation is taken to correspond to a particular brain State. It is assumed that this brain State gives rise (somehow) to the conscious experience; thus, the experience of “having a mental image” is a hallmark that the underlying imagery brain State is present.

Incisor